What to do if Rigol MSO5072 stays black after power on?
If your Rigol Test Equipment's screen remains black after powering it on, verify that the power switch is turned on and the power cord is correctly connected. Also, check the fuse and replace it if necessary with the specified type. After these checks, restart the equipment. If the issue continues, it may require professional assistance.
Why Rigol MSO5072 doesn't recognize USB storage device?
If your Rigol Test Equipment is not recognizing the USB storage device, first ensure that the USB device works correctly. Confirm that the USB storage device uses FAT32-format Flash storage. The equipment does not support hardware storage types. Check that the USB storage device's capacity does not exceed 8 GB. Try restarting the instrument with the USB device inserted. If problems persist, further assistance may be needed.
What to do if touch functions don't work on Rigol Test Equipment?
If the touch functions are not working correctly on your Rigol Test Equipment, first verify that the touch screen is enabled by pressing the Touch Lock switch. Ensure that the screen and your fingers are clean and free of oil or sweat. Check for any strong magnetic fields near the instrument, and if present, move the instrument away from the magnetic source. If the issue persists, further assistance may be required.
Why is the waveform display ladder-like on Rigol MSO5072 Test Equipment?
A ladder-like waveform display on your Rigol Test Equipment can occur if the horizontal time base is too low. Increasing the horizontal time base should improve the display. Also, if the display type is set to 'Vector', switch to 'Dots' by pressing the Display Type button, as the lines between sample points in 'Vector' mode can cause this effect.
General| Bandwidth | 70 MHz |
|---|---|
| Channels | 2 |
| Digital Channels | 16 |
| Sample Rate | 1 GSa/s |
| Vertical Resolution | 8 bits |
| Vertical Sensitivity | 1 mV/div to 10 V/div |
| Display | 7 inch TFT LCD |
| Trigger Types | Edge, Pulse, Video |
| Interfaces | USB, LAN, HDMI |
| Operating Temperature | 0 °C to 50 °C |
Inspect packaging, instrument, and accessories for damage or completeness.
Provides front and vertical view of the oscilloscope with dimensions in mm.
Instructions on adjusting supporting legs and connecting to AC power.
Detailed description of front panel components and their functions.
Description of rear panel connectors and interfaces for connectivity.
Details the functions of vertical, horizontal, and trigger controls on the front panel.
Overview of the oscilloscope's GUI, including status indicators and labels.
Explains touch gestures like tap, pinch & stretch, drag, and rectangle drawing.
Describes methods for setting parameters using knobs, touch screen, and numeric keypad.
Instructions on how to use the Kensington security lock for fixed location mounting.
Guide on accessing and using the oscilloscope's integrated help system.
Procedure to view installed options and install new purchased options.
Steps to enable or disable individual analog channels for measurement.
Procedure to adjust the voltage per grid in the vertical axis for waveform display.
Method to expand or compress waveforms around 'Center' or 'GND' for detailed viewing.
How to adjust the signal ground level position relative to the screen center.
Setting the coupling mode (DC, AC, GND) to filter unwanted signal components.
Function to reduce noise by limiting the bandwidth to 20, 100, or 200 MHz.
Setting the probe attenuation ratio for accurate measurement results.
Information on the default 1 MΩ input impedance and its non-adjustability.
Enables or disables the inversion of the displayed waveform's voltage values.
Selection of amplitude display units (W, A, V, U) for the current channel.
Setting delay time for calibrating zero offset due to probe cable transmission delay.
Procedure to set offset calibration voltage to improve measurement accuracy.
Setting custom labels for digital channels for easier identification.
Procedure to adjust the time length per grid in the horizontal axis.
Method to adjust the trigger point position in the horizontal direction.
Function to enlarge waveform length horizontally for viewing detailed waveforms.
Selection of time base modes: YT, XY, and ROLL for data acquisition.
Control how waveform points are generated from sample points (Normal, Average, Peak, High Res).
Information on the real-time sampling mode and its maximum sample rate.
Process of converting analog to digital signals and its relation to time interval.
Process of sampling digital signals and its relation to time interval.
Refers to the number of points the oscilloscope can store per trigger acquisition.
View the memory depth of the current digital channel.
Algorithm to minimize aliasing at slower sweep speeds.
Setting the reference position for horizontal expansion or compression of waveforms.
Selection of trigger source: Analog channels, digital channels, or AC Line.
Adjustment of trigger level or threshold level based on trigger source type.
Selection of trigger modes: Auto, Normal, and Single for acquisition control.
Decides which signal components are transmitted to the trigger module.
Sets the time the oscilloscope waits before re-arming the trigger module.
Rejects high-frequency noise to reduce miss-trigger possibility.
Overview of available trigger types: Edge, Pulse, Slope, Video, Pattern, etc.
Sets trigger conditions based on rectangular areas on the screen (Intersect/Not Intersect).
Explains the TRIG OUT connector for outputting trigger signals or pass/fail pulses.
Performing arithmetic, logic, FFT, and filter operations on waveforms.
Automatic measurement of 41 waveform parameters, statistics, and analysis.
Measuring X and Y values of selected waveforms using cursors.
Provides 3-digit voltage measurements on analog channels asynchronously.
Measures frequency, period, or edge events on analog and digital channels.
Tests the quality of AC input lines, measuring parameters like V_RMS, I_RMS, and power factor.
Measures ripple quantity of DC output voltage, including current, average, min, max values.
Activates or deactivates the histogram analysis for waveform statistics.
Chooses histogram display type: Horizontal, Vertical, or Measure.
Sets the source channel (CH1-CH4) or measurement for histogram analysis.
Adjusts the number of grids for the histogram bar graph display.
Adjusts the size and position of the histogram window (Left, Right, Top, Bottom Limit).
Toggles the display of statistical results for the histogram data.
Resets the statistical data to restart the histogram analysis.
Selects digital channels (D0-D15) or user-defined groups for analysis.
Steps to enable or disable individual digital channels or channel groups.
Sets threshold levels for digital channels and calibrates probes.
Sets the waveform arrangement order for enabled digital channels on screen.
Adjusts the display size of digital channel waveforms (Small, Medium, Large).
Sets user-defined labels for digital channels for better differentiation.
Manually groups or ungroups any of the 16 digital channels into user-defined groups.
Sets display colors for high logic level, low logic level, and edge signals.
Decoding parallel bus signals, setting clock, data channels, and bus parameters.
Decoding RS232 serial bus signals, setting baud rate and data package parameters.
Decoding I2C serial bus signals, setting clock, data sources, and R/W bit.
Decoding SPI serial bus signals, setting chip select, clock, data sources, and mode.
Decoding LIN signals, setting source, baud rate, parity, and protocol version.
Decoding CAN signals, setting signal type, baud rate, and sample position.
Decoding FlexRay bus signals, setting source, signal rate, and display format.
Decoding I2S signals, setting clock, WS, data sources, and bus parameters.
Decoding 1553B signals, setting data channel source and threshold.
Enables the reference waveform function for comparing signals.
Chooses the desired reference waveform channel (Ref1-Ref10).
Selects the source for the reference waveform (CH1-CH4, D0-D15, Math1-Math4).
Adjusts vertical scale and offset of the reference waveform display.
Saves the displayed waveform to internal memory as a reference waveform.
Clears the current reference waveform display from the screen.
Displays detailed information about all reference waveforms in a list.
Restores the reference waveform to its source channel's position.
Sets colors for reference waveforms to distinguish different channels.
Sets custom or preset labels for reference waveform channels.
Saves reference waveforms to internal or external memory in .ref, .bin, or .csv format.
Loads stored reference waveform files from memory to display on screen.
Enables or disables the pass/fail test function for signal variation monitoring.
Starts or stops the pass/fail test operation and displays test results.
Connects the signal to the oscilloscope and selects the analog channel as the source.
Defines a mask for the pass/fail test using screen or cursor regions.
Saves the current test mask range to internal or external memory in *.pf format.
Loads test mask files from memory and applies them to the current pass/fail test.
Configures output event (Pass/Fail) and pulse width for test results.
Toggles the display of failed, successful, and total frame counts.
Clears current test results and resets statistics for re-evaluation.
Settings for waveform recording and playback operations.
Parameters for waveform recording: interval, number of frames, and max frames.
Parameters for playing recorded waveforms: mode, sequence, interval, and start/end frames.
Enables searching for specific events based on trigger types and parameters.
Provides recording & playing, time, and event navigation using combination keys.
Sets waveform display mode to Vector or Dots for different visualization needs.
Adjusts persistence time (Min, 100ms-10s, Infinite) for viewing waveform dynamics.
Adjusts the brightness and intensity of displayed waveforms.
Controls the display of the background grid and coordinate system (FULL, HALF, NONE, IRE).
Adjusts the intensity or brightness of the screen grid.
Enables or disables the display of the vertical scale on the screen.
Enables or disables color grade display for analog channel waveforms.
Enables or disables waveform freeze function upon pressing RUN/STOP.
Instructions for outputting basic waveforms like Sine, Square, Ramp, Pulse, DC, Noise.
Defines and saves arbitrary waveforms with up to 16,384 data points.
Supports AM, FM, and FSK modulation using carrier and modulating waveforms.
Generates sweep signals (Linear, Log, Step) across a frequency range.
Outputs burst waveforms with specified cycles (N Cycle, Infinite) controlled by trigger.
Interface for storing and loading data via USB HOST and internal memory.
File types for storage: Image, Waveform, and Setups.
Types of data that can be loaded: Waveform Load and Setup Load.
Saving and loading images, waveforms, setups, reference waveforms, and pass/fail masks.
Saving and loading files via external USB storage devices.
Interface for managing files and folders on connected storage devices.
Restores the oscilloscope to its default factory settings.
Enables the Bode plot function for frequency response analysis.
Starts or stops the loop analysis test and Bode plot drawing process.
Sets parameters for Bode plot analysis: Source, Amp/Freq Set, Sweep Type.
Adjusts cursor position on the Bode plot to read gain and phase values.
Selects display type for Bode plot: Wave or Chart.
Enables or disables the display of the Bode plot or chart window.
Saves the Bode plot data in various file types like PNG, BMP, CSV, HTML.
Displays the circuit connection diagram required for Bode plot analysis.
Configures USB, LAN, or GPIB interfaces for remote communication.
Configures system parameters like Beeper, Language, System Information, and Power On.
Programming the oscilloscope using SCPI commands for remote control.
Using PC software like RIGOL Ultra Sigma for remote control.
Real-time waveform interface and control via web browser on PC, mobile, or iPad.
Connects oscilloscope to PC via USB for remote control and driver installation.
Connects oscilloscope to LAN for remote control and LXI webpage access.
Connects oscilloscope to PC via USB-GPIB converter for remote control.
Lists available accessories, options, and their order information.
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